The document discusses big data and EMC's expertise and strategy around big data. It provides definitions of big data, describes the massive growth of digital data and challenges of managing unstructured data. It outlines EMC's R&D center in Brazil focused on big data and collaboration. It also distinguishes between business intelligence and data science, the importance of predictive analytics, and the role of data scientists. Finally, it outlines EMC's oil and gas strategy and examples of big data applications and technologies across the upstream exploration and production process.
Pivotal data science_data_engineering_secret_weapons_of_the_strategic_enterpriseEMC
This document provides an overview of data science, data engineering, and Pivotal Data Labs. It discusses how data science can be used to drive automated actions by building models from data. It also emphasizes the importance of data engineering in operationalizing data science models. Pivotal Data Labs is introduced as combining data science and data engineering expertise to help customers accelerate time to value from their data and Pivotal technologies. The presentation recommends that enterprises understand their data's potential value, develop a data science and engineering team, and clear the path to operationalizing data science insights.
The document discusses the Industrial Internet and its potential impacts. Key points include:
- The Industrial Internet refers to connecting industrial machines to collect and analyze large amounts of data that can be used for predictive analytics and optimization.
- This connectivity and data collection from billions of machines is expected to generate huge efficiencies across industries and eliminate up to $150 billion in waste annually through improvements like 1% reductions in fuel usage or capital expenditures.
- GE is developing software and solutions like Predix to help companies connect their assets, collect and analyze machine data, monitor operations remotely, optimize performance, and develop new data-driven services.
1) The document discusses challenges in the new "Participation Age" including exponential data growth and the need to process and manage massive information.
2) It introduces Sun's "Throughput Initiative" which aims to increase application throughput within constraints of power, space, cooling through a focus on hardware multithreading and real workloads.
3) The key technology discussed is CoolThread processors which use chip multithreading to better utilize processor resources and improve throughput with a simpler pipeline, lower frequency and less heat generation.
Salt River Project (SRP), one of the largest power utilities in the U.S., created a smart building "incubator" by renovating an 85,000 square foot building next to their headquarters to serve as a model for energy efficiency best practices. SRP installed Crestron Fusion automation software to integrate and monitor lighting, HVAC, security, and other building systems with the goals of achieving LEED Gold certification and making the building smarter and a better workplace. Data collected from the building showed that small changes like increasing the cooling setpoint by 1 degree produced significant energy savings without negatively impacting employees. Occupancy sensors and room scheduling also optimized space usage and reduced energy costs. SRP plans to apply the lessons learned from
- Acronis is a global leader in cyber protection with over 5.5 million prosumers and $250 million in revenue. It has dual headquarters in Switzerland and Singapore.
- The document discusses future computing technologies like quantum computing, photonic computing, brain-inspired computing and their potential to solve problems beyond the capabilities of classical computers. It also discusses challenges like fundamental physical limits, heat dissipation and the need for new materials and algorithms.
- A new research university called SIT is proposed to address global challenges through technology and innovation in areas like cybersecurity, AI, quantum technologies and new materials. It will be located in Schaffhausen, Switzerland near the Rhein Falls and partner with top universities
This document provides an overview of CSIRO, the Commonwealth Scientific and Industrial Research Organisation of Australia. Some key points:
- CSIRO has over 5000 staff located across 57 sites in Australia, with an annual budget of over $1 billion.
- It undertakes $500 million of externally funded research each year and is ranked in the top 1% of global research institutions in 14 fields and top 0.1% in 4 fields.
- CSIRO has a broad research portfolio spanning areas like health, manufacturing, mining, environment and more. Some notable past inventions include extended wear contact lenses, polymer banknotes, and flu treatment Relenza.
- Internationally, CSIRO collabor
Pivotal data science_data_engineering_secret_weapons_of_the_strategic_enterpriseEMC
This document provides an overview of data science, data engineering, and Pivotal Data Labs. It discusses how data science can be used to drive automated actions by building models from data. It also emphasizes the importance of data engineering in operationalizing data science models. Pivotal Data Labs is introduced as combining data science and data engineering expertise to help customers accelerate time to value from their data and Pivotal technologies. The presentation recommends that enterprises understand their data's potential value, develop a data science and engineering team, and clear the path to operationalizing data science insights.
The document discusses the Industrial Internet and its potential impacts. Key points include:
- The Industrial Internet refers to connecting industrial machines to collect and analyze large amounts of data that can be used for predictive analytics and optimization.
- This connectivity and data collection from billions of machines is expected to generate huge efficiencies across industries and eliminate up to $150 billion in waste annually through improvements like 1% reductions in fuel usage or capital expenditures.
- GE is developing software and solutions like Predix to help companies connect their assets, collect and analyze machine data, monitor operations remotely, optimize performance, and develop new data-driven services.
1) The document discusses challenges in the new "Participation Age" including exponential data growth and the need to process and manage massive information.
2) It introduces Sun's "Throughput Initiative" which aims to increase application throughput within constraints of power, space, cooling through a focus on hardware multithreading and real workloads.
3) The key technology discussed is CoolThread processors which use chip multithreading to better utilize processor resources and improve throughput with a simpler pipeline, lower frequency and less heat generation.
Salt River Project (SRP), one of the largest power utilities in the U.S., created a smart building "incubator" by renovating an 85,000 square foot building next to their headquarters to serve as a model for energy efficiency best practices. SRP installed Crestron Fusion automation software to integrate and monitor lighting, HVAC, security, and other building systems with the goals of achieving LEED Gold certification and making the building smarter and a better workplace. Data collected from the building showed that small changes like increasing the cooling setpoint by 1 degree produced significant energy savings without negatively impacting employees. Occupancy sensors and room scheduling also optimized space usage and reduced energy costs. SRP plans to apply the lessons learned from
- Acronis is a global leader in cyber protection with over 5.5 million prosumers and $250 million in revenue. It has dual headquarters in Switzerland and Singapore.
- The document discusses future computing technologies like quantum computing, photonic computing, brain-inspired computing and their potential to solve problems beyond the capabilities of classical computers. It also discusses challenges like fundamental physical limits, heat dissipation and the need for new materials and algorithms.
- A new research university called SIT is proposed to address global challenges through technology and innovation in areas like cybersecurity, AI, quantum technologies and new materials. It will be located in Schaffhausen, Switzerland near the Rhein Falls and partner with top universities
This document provides an overview of CSIRO, the Commonwealth Scientific and Industrial Research Organisation of Australia. Some key points:
- CSIRO has over 5000 staff located across 57 sites in Australia, with an annual budget of over $1 billion.
- It undertakes $500 million of externally funded research each year and is ranked in the top 1% of global research institutions in 14 fields and top 0.1% in 4 fields.
- CSIRO has a broad research portfolio spanning areas like health, manufacturing, mining, environment and more. Some notable past inventions include extended wear contact lenses, polymer banknotes, and flu treatment Relenza.
- Internationally, CSIRO collabor
The document discusses the concept of the third platform of information systems and how data is growing exponentially. It describes how big data, mobile technology, cloud computing and social media are driving structural changes across many industries. It also discusses how companies like Starbucks are leveraging these technologies through mobile applications and payments. The rest of the document discusses concepts like software-defined data centers, data lakes, building applications using data fabrics, and EMC's strategy and technologies for helping customers with their transition to the third platform.
This document provides an overview of typical jobs in the cloud technology arena, including brief descriptions of 5 jobs: 1) R&D in Virtualization Technologies, 2) Open Source Application Developer, 3) Infrastructure Architect, 4) Database Architect, and 5) Data Scientist. For each job, it discusses relevant background, skills, responsibilities, and career advice from interviews with professionals in those roles at EMC Corporation. It also briefly outlines EMC's focus on cloud computing and strategic acquisitions in information management and storage systems.
Cw13 cloud meets big data by ibrahim alloub-emcinevitablecloud
This document provides an overview of EMC Corporation, including its leadership in data storage solutions, cloud computing, and big data. EMC has over 60,000 employees, $21.7 billion in annual revenues, and is recognized as the industry leader in storage hardware, software, and services. The company focuses on helping customers transform their IT operations through innovative cloud and big data technologies to more efficiently store, manage, analyze, and protect information.
Fast & Big Data - the journey from innovative ideas to the creation of real v...Daniel Zini
The document discusses how mobile network operators can leverage fast and big data to generate revenue. It describes how building an integrated platform to collect and analyze all customer data in real time can provide insights to reduce churn, enable personalized marketing, and develop new data-driven services. The platform needs to bring all internal and external data together without aggregation and provide access to historical, current, and predicted data through a single query. This allows monetizing customer data through more flexible options like opt-in personalized advertising or discovery of valuable insights. The presentation emphasizes the importance of an agile approach and focusing on immediate business needs and use cases over a "boil the ocean" strategy.
Cloud Infrastructure and Services (CIS) - WebinarEMC
Between 2012 and 2020, the patch of the digital universe that CIOs and their IT staffs need to manage will become not just bigger but also more complex. The skills, experience, and resources to manage all these bits of data will become scarcer and more specialized, requiring a new, flexible, and scalable IT infrastructure that extends beyond the enterprise: cloud computing. By 2020, nearly 40% of the information in the digital universe will be "touched" by cloud computing providers - meaning that a byte. The Cloud Infrastructure and Services (CIS) session educates participants about cloud deployment and service models, cloud infrastructure, and the key considerations in migrating to cloud computing.
Rio Info 2015 - Projetos de Big Data no Setor Público - Karin BreitmanRio Info
The document discusses how digital design and technology have changed customer expectations and business rules. It notes that while some companies are able to turn data into useful information, many are experiencing data overload or do not know how to utilize their data. The document proposes that cities must redefine themselves to avoid disruption, and outlines challenges around managing diverse and massive data sources. It presents a vision for smart cities of the future that are safe, efficient, seamless, and impactful for citizens.
The IoT has exploded over the past years and will continue to grow. To handle mission-critical workloads and act as an enabler driving innovation at rapid scale, IoT demands a lot of capacity. What if you could deliver on the vision of constant experimentation and innovation at the speed of light? What if you could differentiate yourself from your competitors by innovating more quickly and releasing new products and services faster? Talking about fast, how do you make this possible from an infrastructure perspective? We need infrastructure beyond scalability and availability. How is this achieved?
True Storage Virtualization with Software-Defined StorageCloudOps Summit
The document discusses software-defined storage and how it can virtualize, automate, and centralize storage management. It describes how software-defined storage abstracts physical storage into virtual pools that can be delivered as storage services. These services can be integrated with platforms like VMware and provisioned on-demand to applications in a self-service manner. The software-defined storage approach aims to simplify storage delivery while allowing for extensibility and an open platform for innovation.
EMC's IT Transformation Journey ( EMC Forum 2014 )EMC
EMC underwent an IT transformation to move from a legacy IT model to a more agile cloud-based model. Key aspects of the transformation included virtualizing infrastructure, transitioning to a software-defined data center, building private and hybrid clouds, and establishing an IT-as-a-service model. This allowed EMC IT to reduce costs, improve provisioning times from months to hours, and increase capabilities spent from 20% to 40%. The transformation helped align IT with business needs and establish a new consumption-based funding model.
The document discusses how digital technologies are transforming the world, with billions of connected people and devices generating zettabytes of data by 2020. It outlines EMC's dual innovation model of research/development and acquisitions to develop solutions across information storage, protection, intelligence, cloud platforms, and services. EMC aims to help organizations address challenges of agility, cost, and risk management through software-defined infrastructure, open cloud platforms, big data analytics, and intelligence-driven security.
For the full video of this presentation, please visit:
https://www.edge-ai-vision.com/2021/07/the-data-driven-engineering-revolution-a-presentation-from-edge-impulse/
Zach Shelby, Co-founder and CEO of Edge Impulse, presents the “Data-Driven Engineering Revolution” tutorial at the May 2021 Embedded Vision Summit.
In this talk, IoT industry pioneer and Edge Impulse co-founder Zach Shelby shares insights about how machine learning is revolutionizing embedded engineering. Advances in silicon and deep learning are enabling embedded machine learning (TinyML) to be deployed where data is born, from industrial sensor data to audio and video.
Shelby explains the new paradigm of data-driven engineering with ML, showing how developers are using data instead of code to drive algorithm innovation. To support widespread deployment, ML workloads need to run on embedded computing targets from MCUs to GPUs, with MLOps processes to support efficient development and deployment. Industrial, logistics and health markets are particularly ripe to deploy this data-driven approach, and Shelby highlights several exciting case studies.
EMC's IT's Cloud Transformation, Thomas Becker, EMCCloudOps Summit
The document discusses EMC's transformation to an IT-as-a-Service model. Key points include:
1) EMC transitioned IT from an infrastructure focus to applications focus and now a business focus, optimizing IT production for business consumption.
2) This involved virtualizing servers and applications, consolidating data centers, and achieving 90% virtualization of OS images.
3) The transformation aims to provide agility, cost savings, and a 1 day application provisioning time through a service-oriented IT-as-a-Service model.
Top Cyber News MAGAZINE. Dr. Bradford L. Sims. Capitol Technology UniversityTopCyberNewsMAGAZINE
Dr. Bradford L. Sims became Capitol Technology University's eighth president on June 1, 2017. An educator, administrator and construction project manager, Dr. Sims has extensive experience both in academia and industry.
Dr. Sims earned a Ph.D. in Curriculum and Instruction in 1999 from Purdue University, which is also his undergraduate alma mater; he received his B.S. in Building Construction Management there in 1990. He also holds a master's of science degree in Building Construction from the University of Florida. He is a member of the Sigma Lambda Chi International Construction Honor Society and the American Institute of Contractors, among many other honors and professional affiliations.
The Education Magazine has selected Dr. Bradford Sims one of the 10 Most Influential Educational Leaders of 2021. He leads Capitol Technology University with an education laser-focused on STEM or Management of STEM careers which uniquely positions students for top roles in the region's booming tech hub.
‘The education of the next generation of Cyber experts must start now’, include all those that have historically been limited to be part of this defence of our ways of life. ~ Dr. Ian McAndrew
Focused on STEM since its inception in 1927, Capitol Technology University has developed a robust, practical, and award-winning cybersecurity program for students at all levels to learn the skills necessary to become industry Leaders.
Capitol Tech, located in Laurel, Maryland, is home to nationally recognized cybersecurity degrees, with SC Media naming the university’s cybersecurity program as the 2020 Best Cybersecurity Program and the Chair of Cybersecurity, Dr. Willliam (Bill) Butler, as the 2021 Outstanding Educator.
Since 2003, the Department of Homeland Security (DHS) and the National Security Agency (NSA) also recognized the program as a Center of Academic
Excellence in Cyber-Defense, and in 2021 the university was selected by the NSA as the Northeast region’s Cybersecurity Hub. As the Hub, the university will mentor hundreds of institutions offering cybersecurity programs across 14 states and the District of Columbia to develop or enhance their cybersecurity programs.
This new title allows Capitol Tech to continue mentoring other universities in cyber program creation in addition to opportunities the preexisting CAE designation afforded the university. These include being selected by the NSA to supplement their development program for new security engineers with master’s courses, by over twenty Cyber Scholarship Program (CySP) scholars, and by the National Science Foundation (NSF) for two major multi-year grants to address the shortage of cybersecurity professionals.
Capitol Tech’s cybersecurity bachelor’s, master’s, and doctoral students are immersed in a hands-on education led by industry experts to learn in-demand skills. Undergraduate students learn UNIX O/S, C programming, networking, virtual machines, vulnerability scanning, packet capture and analysis,
The document provides information about an upcoming seminar titled "Accelerate to Your Cloud Seminar" to be held on June 21, 2012 at the Sykart Indoor Racing Center in Tukwila, WA. The agenda includes 4 sessions on building a cloud with VMware, accelerating with EMC storage, backup solutions from EMC, and VMware management. The document also provides background information on EMC and its acquisition of Data Domain, and leadership changes at EMC.
O aplicativo UFF Caronas visa conectar estudantes e funcionários da UFF que precisam de transporte para a universidade ou entre os campi. O app permitirá que usuários ofereçam ou peçam caronas, dividam corridas de táxi e deem feedback sobre as caronas. A autenticação será feita pelo portal da UFF para garantir a segurança dos usuários.
O documento descreve um aplicativo em desenvolvimento para aliviar a vida acadêmica dos estudantes da UFF. O aplicativo fornecerá informações sobre salas de aula, monitores, biblioteca, carteirinha e um chat entre colegas de turma. Ele visa resolver problemas comuns como encontrar salas corretas, saber onde os monitores ficam e manter controle dos gastos na carteirinha.
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The document discusses the concept of the third platform of information systems and how data is growing exponentially. It describes how big data, mobile technology, cloud computing and social media are driving structural changes across many industries. It also discusses how companies like Starbucks are leveraging these technologies through mobile applications and payments. The rest of the document discusses concepts like software-defined data centers, data lakes, building applications using data fabrics, and EMC's strategy and technologies for helping customers with their transition to the third platform.
This document provides an overview of typical jobs in the cloud technology arena, including brief descriptions of 5 jobs: 1) R&D in Virtualization Technologies, 2) Open Source Application Developer, 3) Infrastructure Architect, 4) Database Architect, and 5) Data Scientist. For each job, it discusses relevant background, skills, responsibilities, and career advice from interviews with professionals in those roles at EMC Corporation. It also briefly outlines EMC's focus on cloud computing and strategic acquisitions in information management and storage systems.
Cw13 cloud meets big data by ibrahim alloub-emcinevitablecloud
This document provides an overview of EMC Corporation, including its leadership in data storage solutions, cloud computing, and big data. EMC has over 60,000 employees, $21.7 billion in annual revenues, and is recognized as the industry leader in storage hardware, software, and services. The company focuses on helping customers transform their IT operations through innovative cloud and big data technologies to more efficiently store, manage, analyze, and protect information.
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The document discusses how mobile network operators can leverage fast and big data to generate revenue. It describes how building an integrated platform to collect and analyze all customer data in real time can provide insights to reduce churn, enable personalized marketing, and develop new data-driven services. The platform needs to bring all internal and external data together without aggregation and provide access to historical, current, and predicted data through a single query. This allows monetizing customer data through more flexible options like opt-in personalized advertising or discovery of valuable insights. The presentation emphasizes the importance of an agile approach and focusing on immediate business needs and use cases over a "boil the ocean" strategy.
Cloud Infrastructure and Services (CIS) - WebinarEMC
Between 2012 and 2020, the patch of the digital universe that CIOs and their IT staffs need to manage will become not just bigger but also more complex. The skills, experience, and resources to manage all these bits of data will become scarcer and more specialized, requiring a new, flexible, and scalable IT infrastructure that extends beyond the enterprise: cloud computing. By 2020, nearly 40% of the information in the digital universe will be "touched" by cloud computing providers - meaning that a byte. The Cloud Infrastructure and Services (CIS) session educates participants about cloud deployment and service models, cloud infrastructure, and the key considerations in migrating to cloud computing.
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The document discusses how digital design and technology have changed customer expectations and business rules. It notes that while some companies are able to turn data into useful information, many are experiencing data overload or do not know how to utilize their data. The document proposes that cities must redefine themselves to avoid disruption, and outlines challenges around managing diverse and massive data sources. It presents a vision for smart cities of the future that are safe, efficient, seamless, and impactful for citizens.
The IoT has exploded over the past years and will continue to grow. To handle mission-critical workloads and act as an enabler driving innovation at rapid scale, IoT demands a lot of capacity. What if you could deliver on the vision of constant experimentation and innovation at the speed of light? What if you could differentiate yourself from your competitors by innovating more quickly and releasing new products and services faster? Talking about fast, how do you make this possible from an infrastructure perspective? We need infrastructure beyond scalability and availability. How is this achieved?
True Storage Virtualization with Software-Defined StorageCloudOps Summit
The document discusses software-defined storage and how it can virtualize, automate, and centralize storage management. It describes how software-defined storage abstracts physical storage into virtual pools that can be delivered as storage services. These services can be integrated with platforms like VMware and provisioned on-demand to applications in a self-service manner. The software-defined storage approach aims to simplify storage delivery while allowing for extensibility and an open platform for innovation.
EMC's IT Transformation Journey ( EMC Forum 2014 )EMC
EMC underwent an IT transformation to move from a legacy IT model to a more agile cloud-based model. Key aspects of the transformation included virtualizing infrastructure, transitioning to a software-defined data center, building private and hybrid clouds, and establishing an IT-as-a-service model. This allowed EMC IT to reduce costs, improve provisioning times from months to hours, and increase capabilities spent from 20% to 40%. The transformation helped align IT with business needs and establish a new consumption-based funding model.
The document discusses how digital technologies are transforming the world, with billions of connected people and devices generating zettabytes of data by 2020. It outlines EMC's dual innovation model of research/development and acquisitions to develop solutions across information storage, protection, intelligence, cloud platforms, and services. EMC aims to help organizations address challenges of agility, cost, and risk management through software-defined infrastructure, open cloud platforms, big data analytics, and intelligence-driven security.
For the full video of this presentation, please visit:
https://www.edge-ai-vision.com/2021/07/the-data-driven-engineering-revolution-a-presentation-from-edge-impulse/
Zach Shelby, Co-founder and CEO of Edge Impulse, presents the “Data-Driven Engineering Revolution” tutorial at the May 2021 Embedded Vision Summit.
In this talk, IoT industry pioneer and Edge Impulse co-founder Zach Shelby shares insights about how machine learning is revolutionizing embedded engineering. Advances in silicon and deep learning are enabling embedded machine learning (TinyML) to be deployed where data is born, from industrial sensor data to audio and video.
Shelby explains the new paradigm of data-driven engineering with ML, showing how developers are using data instead of code to drive algorithm innovation. To support widespread deployment, ML workloads need to run on embedded computing targets from MCUs to GPUs, with MLOps processes to support efficient development and deployment. Industrial, logistics and health markets are particularly ripe to deploy this data-driven approach, and Shelby highlights several exciting case studies.
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The document discusses EMC's transformation to an IT-as-a-Service model. Key points include:
1) EMC transitioned IT from an infrastructure focus to applications focus and now a business focus, optimizing IT production for business consumption.
2) This involved virtualizing servers and applications, consolidating data centers, and achieving 90% virtualization of OS images.
3) The transformation aims to provide agility, cost savings, and a 1 day application provisioning time through a service-oriented IT-as-a-Service model.
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Dr. Bradford L. Sims became Capitol Technology University's eighth president on June 1, 2017. An educator, administrator and construction project manager, Dr. Sims has extensive experience both in academia and industry.
Dr. Sims earned a Ph.D. in Curriculum and Instruction in 1999 from Purdue University, which is also his undergraduate alma mater; he received his B.S. in Building Construction Management there in 1990. He also holds a master's of science degree in Building Construction from the University of Florida. He is a member of the Sigma Lambda Chi International Construction Honor Society and the American Institute of Contractors, among many other honors and professional affiliations.
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‘The education of the next generation of Cyber experts must start now’, include all those that have historically been limited to be part of this defence of our ways of life. ~ Dr. Ian McAndrew
Focused on STEM since its inception in 1927, Capitol Technology University has developed a robust, practical, and award-winning cybersecurity program for students at all levels to learn the skills necessary to become industry Leaders.
Capitol Tech, located in Laurel, Maryland, is home to nationally recognized cybersecurity degrees, with SC Media naming the university’s cybersecurity program as the 2020 Best Cybersecurity Program and the Chair of Cybersecurity, Dr. Willliam (Bill) Butler, as the 2021 Outstanding Educator.
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This new title allows Capitol Tech to continue mentoring other universities in cyber program creation in addition to opportunities the preexisting CAE designation afforded the university. These include being selected by the NSA to supplement their development program for new security engineers with master’s courses, by over twenty Cyber Scholarship Program (CySP) scholars, and by the National Science Foundation (NSF) for two major multi-year grants to address the shortage of cybersecurity professionals.
Capitol Tech’s cybersecurity bachelor’s, master’s, and doctoral students are immersed in a hands-on education led by industry experts to learn in-demand skills. Undergraduate students learn UNIX O/S, C programming, networking, virtual machines, vulnerability scanning, packet capture and analysis,
The document provides information about an upcoming seminar titled "Accelerate to Your Cloud Seminar" to be held on June 21, 2012 at the Sykart Indoor Racing Center in Tukwila, WA. The agenda includes 4 sessions on building a cloud with VMware, accelerating with EMC storage, backup solutions from EMC, and VMware management. The document also provides background information on EMC and its acquisition of Data Domain, and leadership changes at EMC.
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Este documento fornece uma visão geral dos serviços da Amazon Web Services (AWS). A AWS oferece infraestrutura na nuvem com escalabilidade, desempenho e segurança para atender às novas tendências digitais. A AWS resolve problemas como alto custo e complexidade da infraestrutura tradicional ao oferecer recursos pagos por uso e elásticos.
UFF Tech 2013 - Benefícios e Desafios do Continuous Delivery - Daniel Castel...Sti Uff
O documento apresenta os principais pontos sobre entrega contínua discutidos por Daniel Castellani em uma palestra. Ele aborda conceitos como integração contínua, deploy automatizado, rollback automatizado e a importância de mudanças culturais para adotar práticas ágeis de entrega contínua. O documento também apresenta exemplos de como Netflix implementa deploy contínuo de forma automatizada e segura.
O documento discute as oportunidades na carreira de TI, recomendando que os profissionais sejam corajosos, curiosos e comunicativos. Apresenta os principais caminhos como a academia, mercado, mestrado e certificações. Destaca a importância de aprender inglês, programação, Linux e participar de projetos open source.
O documento apresenta Bruno Olímpio, coordenador do PMO da CDS/STI com 5 anos de experiência em gerenciamento de projetos. Discorre sobre o que é um projeto, gerenciamento de projetos e suas habilidades, como comunicação, liderança e organização. Aponta que mais de 90% dos projetos falham e destaca a importância do conhecimento do contexto técnico, ambiental e cultural.
O documento descreve o aplicativo UFFMobile, que fornece informações sobre o cardápio do RU, plano de estudos, histórico acadêmico e notícias da UFF para estudantes. O aplicativo foi desenvolvido por uma equipe de estudantes utilizando tecnologias móveis para facilitar a rotina acadêmica.
O documento descreve o projeto de substituição das carteirinhas de papel da Universidade Federal Fluminense (UFF) por cartões inteligentes, abordando seus objetivos, desafios técnicos, tecnologias utilizadas e arquitetura implementada. Os principais objetivos eram modernizar a gestão da universidade e permitir o uso das carteirinhas para acesso seguro a diversas áreas e serviços, como transporte público integrado.
O documento apresenta o modelo de gestão da Superintendência de Tecnologia da Informação (STI) da Universidade Federal Fluminense (UFF) para os anos de 2011-2012, com ênfase nos seguintes pontos: sua missão de gerenciar a infraestrutura de TI da universidade e captar recursos através de projetos e consultoria; os principais grupos e resultados obtidos, como a governança de TI, coordenação técnica, novas tecnologias e desenvolvimento de sistemas; e as diretrizes, ferramentas e necessidades para
O documento apresenta o modelo de gestão da Superintendência de Tecnologia da Informação (STI) da Universidade Federal Fluminense (UFF) para os anos de 2011-2012, com seus principais objetivos, grupos de gestão, evolução, resultados, desafios e propostas para o futuro.
A inauguração da Sala Segura teve como objetivos centralizar os serviços de TI, padronizar práticas administrativas e melhorar o atendimento. A Sala Segura conta com equipe especializada e tecnologias de monitoramento e controle de acesso para garantir a segurança dos processos de trabalho e projetos beneficiados, como o sistema de pós-graduação e sites da UFF.
The message here is to make your enterprise “extraordinary” through IT transformation. EMC helps organizations transform their business through cloud enablement (reduce the 85% maintenance to 60%) - reducing the time/cost of “keeping the lights on” while improving business agility (i.e., basic cloud message). We can expand (or not) on this message and actually link it to Oil & Gas by discussing our leadership in virtualization (first step) - most major Oil & Gas companies are already implementing VMWare, EMC offers leading infrastructure platforms, we are building Oil & Gas solutions with our network of Service Provider Partners, etceterea. B) leading a path to business innovation and competitive advantage by leveraging Big Data solutions (shift your spend from 15% innovation to 40% innovation). Later, we can describe our vision of Big Data for Big Oil through the Volume/Variety/Velocity slide along with our $100M investment at the BRDC. C) My recommendation is to put Security below as the “pillar of trust”. It is a pre-requisite to achieving A) & B) and EMC offers the most secure solutions. The key message is that EMC has an end-to-end offering that allows Oil & Gas companies to transform IT from a cost center to an innovation center.
EMC has the complete product portfolio for Cloud and Big Data. It begins with a single layer for customers’ backup and recovery (Data Domain, Avamar, and Networker). It also includes enterprise application storage with VNX and VNXe unified storage, and VMAX and VMAXe scale-out block storage. For Big Data, EMC has Isilon and Atmos for storing unstructured and object data. There are also leading hybrid technologies: VPLEX for federation, RSA for security, and Ionix for management. For Big Data analytics, EMC has Greenplum, allowing customers to analyze both structured and unstructured data to bring in data faster than ever with scale-out data ingest, and faster queries with scale-out query execution. To accelerate a customer’s journey to the cloud, EMC has vBlock, a pre-validated, pre-integrated, converged infrastructure of compute, network, storage and virtualization from the market-leaders, EMC, Cisco, and VMware.
Hiring of 50+ NationalsHiring and sponsorship of just as many interns and grantsFirst EBC in Latin AmericaThis is an artists rendering of what the facility will look like. [click]. This is what it really looks like right now. I like the pretty picture better [click]
Today, I am making deliberate choices to not spend much time talking about the IT budget dilemma, even though you will soon realize this is an issue, and I will not discuss much about security either…I will instead focus on the Information Deluge issue…
“The second is the data deluge. In 2010, The Digital Universe study from IDC said the Digital Universe was 1.2 Zettabytes. Zettabyte is a trillion billion bytes. Digital Universe was believed to contain 300 Quadrillion files in 2010.”
Data from the new 2011 Digital Universe from IDC, sponsored by EMCData growing 44XBut IT staff only growing at 1.5X by the end of the decadeOnly way to stay ahead of the data deluge is to increase the volume of information that can be managed per person, using new technologies and productivity tools
We think cloud is the next wave of massive disruption in IT that started with Mainframes.It’s disruptive because of the dramatic benefits it delivers to organization in both cost efficiency and agility (bottom line and top line).Its disruptive because it’s built on disruptive technologies and disruptive technology leads to lasting change.In the case of cloud, it’s arguably the most disruptive because we are seeing the IT cloud wave and the consumer cloud wave happen simultaneously.
Because now we are ready for the connected Era, where our health life is measured by the number of bars you have on your mobile device…
The data deluge is enabled by the Economies of Cloud, but is driven by the connected era avalanche of devices…The sources of information are expanding. Many new sources are machine generated. It’s also big files (siesmic scans can be 5TB per file) and massive numbers of small files (email, social media).Leading companies for decades have always sought to leverage new sources of data, and the insights that can be gleaned from those data sources, as new sources of competitive advantage.More detailed structured dataNew unstructured dataDevice-generated dataBut big data isn’t only about data, a comprehensive big data strategy also needs to consider the role and prominence of new, enabling-technologies such as:Scale out storageMPP database architecturesHadoop and the Hadoop ecosystemIn-database analyticsIn-memory computingData virtualizationData visualization
Big data não é novidade alguma
Explosion in types of data<CLICK>Not just types but size: New digital universe study by IDC, Information will grow 50x before 2021BELOW ARE NOTES ONLY, NOT FOR MONITOR:We see that the sources of data are expanding, and it’s not just the types of data, but the size of this data. Data will grow 50X in the next 10 years super Moore’s Law in growth rate of data.
New capture, search, discovery, and analysis tools can help organizations gain insights from their unstructured data, which accounts for more than 90% of the digital universe. (Mike, Proof Doc)
Big Data não é gambiarra
Mudança na forma como vemos o valor da informaçãoMudança na forma como vemos o gerenciamento da informaçãoMudança na forma como entendemos o contexto no qual a informação é geradaMudança na forma como misturamos o dados e as diversas fontesMudança na forma como vemos o mundoE principalmente...
A new role—Data Scientist—will play a key role in the Big Data Analytics world, requiring knowledge and skills involving new methodologies, technologies, and tools that go beyond traditional data analytics.While BI looks at historical data, data science enables organizations to look at disparate data sets in real time and draw conclusions that can help better predict future patterns of events. Data Scientists must understand the Business Intelligence world just as Business Intelligence analysts need to understand the Data Science world so they can work together in cohesive teams to ensure the business is gaining optimum value from leveraging big data and data in traditional data warehouses.Conselho do meu pai: meio não fim.Agora inverteu: BD possibilita ser meio e fim.
As background, it is important to understand that Business Intelligence is different than data science and analytics. BI deals with reporting on history. What happened last quarter? How many did we sell, etc.Data science is about predicting the future and understanding why things happen. What is the optimal solution? What will happen next?For many companies data science is a new approach to understanding the business yet an important one to undertake today. Gartner states that enterprises who are embracing Big Data and Data Science will outperform their peers by over 20% in the next five years.
Here are 5 main competency and behavioral characteristics for Data Scientists.Quantitative skills, such as mathematics or statistics Technical aptitude, such as software engineering, machine learning, and programming skills. Skeptical…..this may be a counterintuitive trait, although it is important that data scientists can examine their work critically rather than in a one-sided way.Curious & Creative, data scientists must be passionate about data and finding creative ways to solve problems and portray informationCommunicative & Collaborative: it is not enough to have strong quantitative skills or engineering skills. To make a project resonate, you must be able to articulate the business value in a clear way, and work collaboratively with project sponsors and key stakeholders.